Ender Turing is proud to partner with Aircall

Speech analytics has become a crucial tool for businesses that want to gain insight into customer interactions and improve their customer service. 

Ender Turing is a speech analytics platform known for being the fastest-to-value solution available.

On the other hand, Aircall is an integrated business phone system designed for sales and support teams. It allows businesses to make and receive calls from anywhere, as long as they have an internet connection. Aircall offers a range of features that are designed to improve customer service, such as call routing, call queuing, and call recording.

When these two solutions are integrated, businesses can reap numerous benefits, such as improved customer service, better sales, and increased efficiency.

Ender Turing is a cloud-based platform that uses artificial intelligence and machine learning to analyze customer interactions. It can transcribe audio recordings and extract valuable insights, such as customer sentiment, key phrases, and topics. Ender Turing is known for its ease of use and quick implementation, allowing businesses to start analyzing their customer interactions within hours.

When Ender Turing and Aircall are integrated, businesses can gain a deeper understanding of their customer interactions:

1. Ender Turing analyzes the content of phone calls and identifies patterns in customer behavior. Aircall can then use this information to improve call routing, leading to shorter wait times and better customer service.
2. Integrating Ender Turing and Aircall helps businesses improve their sales. Ender Turing analyzes customer conversations to identify key phrases and topics associated with successful sales.
3. Raising the efficiency of the business. Ender Turing automatically categorizes phone calls based on their content. It saves businesses time and effort.

By combining the insights provided by Ender Turing with the features offered by Aircall, businesses can gain a deeper understanding of their customers and improve their overall performance.